معرفی
Dr. Emanuele Pagone is an Assistant Professor in Sustainable Manufacturing Systems at Cranfield University's Sustainable Manufacturing Systems Centre. With over 20 years of experience in modeling and simulation of sustainable systems, he leads research in sustainable manufacturing technologies and serves as Deputy Director of the Aerospace Manufacturing MSc course.
Dr. Pagone's research focuses on sustainable manufacturing systems, with particular expertise in computational fluid dynamics, advanced casting technologies, life cycle assessment, and additive manufacturing. His work bridges theoretical modeling with practical industrial applications, emphasizing environmental impact reduction across manufacturing processes. His research interests span from sustainable metal casting and energy-efficient manufacturing to multi-criteria decision analysis for sustainable systems design.
His recent publications demonstrate a strong focus on life cycle assessment methodologies applied to various manufacturing contexts including additive manufacturing, metal casting, and sustainable packaging. The research consistently addresses environmental impact reduction while maintaining technical performance, with growing emphasis on circular economy principles and industry-specific decarbonization pathways.
- TMS Light Metals Subject Award for Warren Peterson Cast Shop for Aluminum Production
Dr. Pagone has supervised over 75 MSc theses, 13 Group Projects involving 80+ students, and 5 doctoral researchers (2 ongoing). His research portfolio as Principal Investigator totals approximately £60k, including projects with major industry partners like Rolls-Royce, Airbus, and Foseco International. He serves as a scientific committee member for international sustainability conferences and reviews for leading journals and research funding bodies.
He manages the Sustainable Manufacturing Systems Simulation lab and leads multiple research projects including UK EPSRC's 'Sustainable Additive Manufacturing', 'Path to Net Zero for smart foundries with Foseco International', and Innovate UK's 'Metallic Aerospace Structures Technologies for Eco-social Returns'.
